When looking to build a modular colony there are a lot of different services required to be incorporated into a design. Certain modules will be specialized so that as a unit the colony can function more effectively with certain modules catering more to certain tasks than others.
I.e. for a Research Module to be effective it can't also handle all the main atmosphere, energy and cooling systems required to operate. Those systems will take up too much volume and mass and result in a reduced capacity being available to carry out the scientific work. By separating the services a Research Module can be design to maximize the use of scientific equipment and only require minor or secondary systems to be installed in the module.
The modules listed below would allow a habitable colony to be more effective by selecting the appropriate modules that will be required to establish a base.
Designed to accommodate a small crew in a remote locations to carry out exploration and research activities. The module is self reliable with all the required systems and subsystems.required to be functional independently without the need for other modules. The module can only be occupied for short periods of time due to available space restrictions and local situational conditions such as light availability and temperature conditions.
Designed to connect external services such as cooling, power generation and power storage units to the main habitation unit and distribute the power and cooling requirements to the rest of the habitation unit .
Designed to provide living amenities to crew members and provide an environment that is more amenable. The focus of the module will be to provide sufficient access to training facilities such as running machines and resistive training machines. An appropriate area will be available to prepare food, provide water requirements at the required temperatures, provide food short term food storage and facilities that can be used to heat food. Areas will also be provided where the crew can relax and socialize together during their rest periods.
Designed to provide a high number of Crew Quarters (CQ) per module including hygiene facilities. Allows a higher number of crew to be accommodated within the habitation unit. The units can provide temporary accommodation for its members for short duration stays. The module maximizes the allowable space to fit as many crew members as would be possible. The hygiene facilities will include a combined shower and toilet that will be integrated with a liquid waste management system. Solid wastes will be handled separately.
Designed to provide Crew Quarters (CQ) that provide more personal space to the crew member. Additional amenities may include personal desk, chair, mirror, TV etc. The module is designed for crew members who will be stationed for a long duration and may require the use of their own personal space. The hygiene facilities will include a combined shower and toilet that will be integrated with a liquid waste management system. Solid wastes will be handled separately.
Designed to be a central module that monitors and controls the functions of the main systems and subsystems of various modules required to operate the habitation unit. Operates the communication network for both short and long range communications. The command module can enable the monitoring of multiple modules which are occupied or not and enable a response to be carried out in the event of a system failure in real time.
Designed to store various material and resources required for the habitation unit to function such as water, food and spare parts. The module will also contain waste management facilities that can be used to handle all solid and unique liquid wastes generated by the crew.
Designed to provide an area where researchers can carry out their experiments using a variety of equipment installed as required to carry out specific tests and experiments.
Designed to provide an area where equipment and machinery can be developed and assembled or repaired using specialized equipment as required to carry out specific tasks.
Designed to provide an area where vegetation can be grown and harvested for research and crew consumption. The module will contain its own air and water system as well as a compost bin.
Designed to provide an area where medical procedures can be performed for nominal and emergency situations. The module will be out fitted with all the required machinery needed to be used to carry out the required procedures.
Designed to connect various modules together to act as a single habitation unit. The module will be adapted to allow utility and communication services to run through the module. The service connectors will be Plug and Play type connectors requiring minor installation times.
To find out more about our Multipurpose Habitation Module.
To have a look at what possibilities can be achieved using a variety of different modules together have a look at our proposal for the first Lunar Base called Serenity Base.
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